… While noise amplification in supercontinuum generation is well known in particular for … that
supercontinuum generation allows for all-optical regeneration of faint modulation signals that …

… on supercontinuum generation with high spectral power density by using a commercial
nonlinear fiber amplifier. … A small input signal is highly amplified to reach the nonlinear effects …

… A broadband AR-coated germanium window (not shown) was placed at the output of the
amplifier to filter out the residual signal below 1.8 μm. The average power of the output signal …

… A schematic of the supercontinuum generation system used in this study is shown in Fig.
1(a), which consists of a noise-like pulse laser, a fiber amplifier, and a highly nonlinear fiber. …

… amplifier to the level which is sufficient to generate SC through various nonlinear effects in the
fiber. The fiber amplifier … after transmitting a 1.25-Gb/s signal over 20 km of standard single-…

… supercontinuum generation with 70 W average output power in a nonlinear ytterbium-doped
fiber amplifier is … dispersion, all-fiber master oscillator power amplifier configuration. The …

… and a number of nonlinear effects, the parameters of signal pulse and the performance of
the amplifier, we carry out a comparison of experimental and simulation results about the SC …

… fiber amplifiers are highly suitable as efficient excitation source for supercontinuum generation
… In this contribution a compact high power parabolic fiber amplifier delivering femtosecond …

… We describe the VECSEL in section II-A followed by the fiber amplifier and pulse … The small
core fiber in the first amplifier was chosen in order to maintain a good signal-tonoise ratio and …

… The role of dispersion in spectral broadening and supercontinuum generation is discussed.
In experiments on supercontinuum generation with an optical parametric amplifier, the …